微流控技术在含能材料制备中的应用及其发展趋势

Application and Development Trend of Microfluidic Technology in Preparation of Energetic Materials

基于目前国内外对微流控技术相关研究,从设备和材料性能调控的角度综述了微流控技术在含能化合物合成、单质含能材料改性、复合含能材料制备中的研究进展;并基于发展需求指出今后应重点攻克微通道堵塞问题,拓展含固体系应用;结合流场模拟仿真,精准选择工艺参数;进一步联合在线检测技术,建立自动化反馈调节系统实现含能材料智能化制备;发挥高通量优势,推进微流控技术在含能材料工业化生产中的应用。附参考文献102篇。

Based on the current research on microfluidic technology at home and abroad,the research progress of microfluidic technology in the synthesis of energetic compounds,modification of energetic materials,and preparation of composite energetic materials is reviewed from the perspective of equipment and material performance regulation.According to the development needs,several priorities for subsequent development are proposed:overcome the problem of microchannel blockage and expanding the application of solid-containing systems;combine with flow field simulation for accurate selection of process parameters;further combine on-line detection technology to establish an automatic feedback adjustment system to realize intelligent preparation of energetic materials;give full play to the advantages of high throughput and promote the application of microfluidic technology in the industrial production of energetic materials.102 References are attached.